275/45R21 107H BRIDGESTONE ALENZA A/S 02 BL (EV) All Season

Description

Drivers looking for an All-Season 275/45R21 tire will find the Bridgestone ALENZA A/S 02 BL (EV) All Season engineered to reduce rolling resistance and extend driving range. This tire balances efficiency with reliable traction across spring, summer, and fall conditions. Built specifically for electric vehicles, it supports the demands of instant torque and heavier battery weight while maintaining responsive handling on dry and wet roads.

• Vehicle Fit: The 275/45R21 size is commonly used on sedans and crossovers such as the Toyota Camry, Honda Accord, Tesla Model S, and Audi A4. For exact fitment, check the tire size sticker inside your driver-side door or use the tire size search on the migotire.com homepage.

• Seasonal Performance: This all-season tire uses a compromise rubber compound active from approximately +7°C through summer temperatures. Circumferential drainage channels and wet-road grooves provide traction in rain. It is not a winter tire and should not be used on snow or ice.

• Load & Speed Rating: Load Index 107 supports 975 kg per tire, suitable for typical passenger vehicles with passengers and cargo. Speed Rating H permits continuous driving up to 210 km/h, appropriate for highway and urban driving.

• Tire Type: EV-specific tires are designed to handle the unique characteristics of electric vehicles: greater weight from battery packs and high torque delivery from electric motors. This tire incorporates low rolling resistance to maximize range and reinforced structure with noise-canceling foam for the quieter EV cabin.

Migo Tire delivers all orders across the GTA quickly and at no cost to your address. Professional installation is available directly from the product page at checkout; if installation is not offered for this tire, contact Migo Tire by email to schedule an appointment at a certified shop. The Bridgestone ALENZA A/S 02 BL (EV) comes with a 100,000 km manufacturer warranty covering material defects and tread degradation, excluding damage from road hazards or driving conditions.